The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 1806 Jun 16 . The geographic coordinates (WGS 84) of the northern and southern limits and the central line are listed at 120-second intervals. This provides adequate detail for making plots of the path on larger scale maps. Local circumstances on the central line include the ratio of the apparent diameters of the Moon to the Sun, the Sun's altitude and azimuth (degrees), the path width (kilometers) and the duration on the central line (minutes and seconds).
The global visibility of the eclipse is shown on an Orthographic Map . The features of this map are described in the Key to Solar Eclipse Path Tables. The path of the eclipse is displayed in greater detail on a Google Map .
M:S Central
Universal Northern Limit Southern Limit Central Line Diam. Sun Sun Path Line
------------------ ------------------ ------------------ Ratio Alt Azm Width Durat.
Time Latitude Longitude Latitude Longitude Latitude Longitude
° ´ ° ´ ° ´ ° ´ ° ´ ° ´ ° ° km
Limits 20 51.6N 140 52.4W 19 39.0N 139 59.0W 20 15.3N 140 25.5W 1.042 0 - 161 02m10.4s
14:46 22 34.2N 137 05.4W 23 34.9N 131 07.9W 23 18.5N 133 37.0W 1.045 7 68 169 02m24.0s
14:48 25 47.7N 130 06.9W 25 39.9N 126 32.2W 25 46.6N 128 14.3W 1.047 13 70 176 02m36.3s
14:50 27 37.1N 126 12.9W 27 09.9N 123 13.8W 27 25.1N 124 40.4W 1.048 17 72 180 02m45.0s
14:52 29 01.6N 123 11.3W 28 23.4N 120 30.8W 28 43.7N 121 48.9W 1.049 20 74 183 02m52.4s
14:54 30 12.5N 120 37.6W 29 26.5N 118 09.1W 29 50.4N 119 21.6W 1.050 23 75 185 02m59.0s
14:56 31 14.4N 118 21.7W 30 22.3N 116 02.0W 30 49.1N 117 10.3W 1.050 26 77 187 03m05.0s
14:58 32 09.7N 116 18.3W 31 12.5N 114 05.5W 31 41.8N 115 10.5W 1.051 28 78 189 03m10.6s
15:00 32 59.8N 114 24.3W 31 58.3N 112 17.1W 32 29.7N 113 19.4W 1.052 30 80 191 03m15.9s
15:02 33 45.7N 112 37.6W 32 40.5N 110 35.3W 33 13.7N 111 35.2W 1.052 32 81 192 03m20.9s
15:04 34 28.1N 110 56.7W 33 19.5N 108 58.8W 33 54.3N 109 56.6W 1.053 34 83 194 03m25.6s
15:06 35 07.5N 109 20.6W 33 55.8N 107 26.8W 34 32.1N 108 22.5W 1.053 36 84 195 03m30.2s
15:08 35 44.3N 107 48.6W 34 29.8N 105 58.4W 35 07.5N 106 52.3W 1.054 37 86 196 03m34.6s
15:10 36 18.7N 106 19.9W 35 01.5N 104 33.2W 35 40.5N 105 25.5W 1.054 39 87 197 03m38.8s
15:12 36 51.0N 104 54.2W 35 31.4N 103 10.8W 36 11.6N 104 01.4W 1.054 40 89 198 03m42.9s
15:14 37 21.4N 103 30.9W 35 59.4N 101 50.8W 36 40.8N 102 39.8W 1.055 42 90 199 03m46.9s
15:16 37 50.0N 102 09.9W 36 25.9N 100 32.9W 37 08.3N 101 20.3W 1.055 43 92 199 03m50.7s
15:18 38 17.0N 100 50.7W 36 50.8N 099 16.9W 37 34.2N 100 02.8W 1.056 45 93 200 03m54.4s
15:20 38 42.4N 099 33.3W 37 14.3N 098 02.6W 37 58.6N 098 46.9W 1.056 46 95 201 03m58.0s
15:22 39 06.4N 098 17.4W 37 36.4N 096 49.7W 38 21.7N 097 32.5W 1.056 47 97 201 04m01.4s
15:24 39 29.1N 097 02.8W 37 57.3N 095 38.2W 38 43.4N 096 19.5W 1.056 49 98 202 04m04.8s
15:26 39 50.4N 095 49.4W 38 16.9N 094 27.9W 39 03.9N 095 07.7W 1.057 50 100 202 04m08.0s
15:28 40 10.5N 094 37.1W 38 35.5N 093 18.7W 39 23.2N 093 57.0W 1.057 51 102 203 04m11.1s
15:30 40 29.5N 093 25.8W 38 52.9N 092 10.4W 39 41.3N 092 47.2W 1.057 52 103 203 04m14.1s
15:32 40 47.3N 092 15.4W 39 09.2N 091 03.1W 39 58.4N 091 38.4W 1.057 54 105 204 04m17.0s
15:34 41 04.0N 091 05.8W 39 24.6N 089 56.7W 40 14.4N 090 30.4W 1.058 55 107 204 04m19.8s
15:36 41 19.6N 089 56.9W 39 38.9N 088 51.0W 40 29.4N 089 23.1W 1.058 56 109 205 04m22.5s
15:38 41 34.2N 088 48.7W 39 52.3N 087 46.0W 40 43.4N 088 16.5W 1.058 57 111 205 04m25.1s
15:40 41 47.9N 087 41.1W 40 04.8N 086 41.6W 40 56.4N 087 10.6W 1.058 58 113 205 04m27.6s
15:42 42 00.5N 086 34.1W 40 16.4N 085 37.9W 41 08.5N 086 05.3W 1.059 59 115 206 04m30.0s
15:44 42 12.2N 085 27.7W 40 27.1N 084 34.7W 41 19.7N 085 00.5W 1.059 60 118 206 04m32.2s
15:46 42 23.0N 084 21.7W 40 36.9N 083 32.1W 41 30.0N 083 56.2W 1.059 61 120 206 04m34.4s
15:48 42 32.9N 083 16.2W 40 45.9N 082 29.9W 41 39.4N 082 52.4W 1.059 62 122 207 04m36.5s
15:50 42 41.9N 082 11.1W 40 54.0N 081 28.2W 41 48.0N 081 49.1W 1.059 63 125 207 04m38.4s
15:52 42 50.0N 081 06.4W 41 01.4N 080 27.0W 41 55.7N 080 46.1W 1.059 63 127 207 04m40.3s
15:54 42 57.3N 080 02.2W 41 07.9N 079 26.1W 42 02.6N 079 43.6W 1.059 64 130 207 04m42.0s
15:56 43 03.7N 078 58.2W 41 13.7N 078 25.6W 42 08.7N 078 41.4W 1.060 65 133 208 04m43.6s
15:58 43 09.3N 077 54.7W 41 18.7N 077 25.5W 42 14.0N 077 39.6W 1.060 66 136 208 04m45.1s
16:00 43 14.1N 076 51.4W 41 23.0N 076 25.7W 42 18.5N 076 38.1W 1.060 67 139 208 04m46.6s
16:02 43 18.1N 075 48.5W 41 26.5N 075 26.2W 42 22.2N 075 37.0W 1.060 67 142 208 04m47.9s
16:04 43 21.2N 074 45.8W 41 29.3N 074 27.1W 42 25.2N 074 36.1W 1.060 68 145 209 04m49.0s
16:06 43 23.6N 073 43.5W 41 31.3N 073 28.2W 42 27.4N 073 35.6W 1.060 68 148 209 04m50.1s
16:08 43 25.2N 072 41.4W 41 32.6N 072 29.6W 42 28.8N 072 35.3W 1.060 69 152 209 04m51.1s
16:10 43 26.0N 071 39.6W 41 33.2N 071 31.3W 42 29.5N 071 35.2W 1.060 69 156 209 04m51.9s
16:12 43 26.0N 070 38.0W 41 33.1N 070 33.2W 42 29.5N 070 35.5W 1.060 70 159 209 04m52.7s
16:14 43 25.3N 069 36.7W 41 32.3N 069 35.4W 42 28.7N 069 35.9W 1.060 70 163 209 04m53.3s
16:16 43 23.9N 068 35.7W 41 30.8N 068 37.8W 42 27.2N 068 36.6W 1.060 71 167 209 04m53.8s
16:18 43 21.6N 067 34.8W 41 28.6N 067 40.4W 42 25.0N 067 37.6W 1.060 71 171 210 04m54.2s
16:20 43 18.7N 066 34.2W 41 25.7N 066 43.2W 42 22.1N 066 38.7W 1.060 71 175 210 04m54.5s
16:22 43 14.9N 065 33.8W 41 22.1N 065 46.2W 42 18.4N 065 40.0W 1.060 71 179 210 04m54.7s
16:24 43 10.5N 064 33.6W 41 17.8N 064 49.4W 42 14.1N 064 41.6W 1.060 71 184 210 04m54.8s
16:26 43 05.3N 063 33.6W 41 12.9N 063 52.7W 42 09.0N 063 43.3W 1.060 71 188 210 04m54.7s
16:28 42 59.4N 062 33.8W 41 07.2N 062 56.2W 42 03.2N 062 45.2W 1.060 71 192 210 04m54.6s
16:30 42 52.7N 061 34.2W 41 00.9N 061 59.8W 41 56.8N 061 47.2W 1.060 71 196 210 04m54.3s
16:32 42 45.3N 060 34.7W 40 54.0N 061 03.6W 41 49.6N 060 49.4W 1.060 71 200 210 04m53.9s
16:34 42 37.2N 059 35.4W 40 46.3N 060 07.5W 41 41.7N 059 51.7W 1.060 70 204 210 04m53.4s
16:36 42 28.4N 058 36.2W 40 38.0N 059 11.5W 41 33.2N 058 54.2W 1.060 70 208 210 04m52.8s
16:38 42 18.8N 057 37.2W 40 29.0N 058 15.6W 41 23.9N 057 56.8W 1.060 70 212 210 04m52.1s
16:40 42 08.5N 056 38.3W 40 19.3N 057 19.8W 41 13.9N 056 59.4W 1.060 69 215 210 04m51.3s
16:42 41 57.5N 055 39.5W 40 09.0N 056 24.0W 41 03.2N 056 02.2W 1.060 69 219 210 04m50.4s
16:44 41 45.8N 054 40.8W 39 57.9N 055 28.3W 40 51.8N 055 05.0W 1.060 68 222 210 04m49.3s
16:46 41 33.3N 053 42.2W 39 46.2N 054 32.6W 40 39.8N 054 07.8W 1.060 67 225 210 04m48.2s
16:48 41 20.1N 052 43.6W 39 33.8N 053 36.9W 40 27.0N 053 10.7W 1.060 67 228 210 04m46.9s
16:50 41 06.1N 051 45.0W 39 20.7N 052 41.1W 40 13.4N 052 13.6W 1.060 66 231 210 04m45.6s
16:52 40 51.4N 050 46.5W 39 06.9N 051 45.4W 39 59.2N 051 16.5W 1.060 65 234 210 04m44.1s
16:54 40 36.0N 049 47.9W 38 52.4N 050 49.5W 39 44.2N 050 19.3W 1.060 64 237 210 04m42.5s
16:56 40 19.8N 048 49.3W 38 37.2N 049 53.6W 39 28.5N 049 22.1W 1.060 64 240 210 04m40.9s
16:58 40 02.8N 047 50.7W 38 21.3N 048 57.5W 39 12.1N 048 24.7W 1.060 63 242 210 04m39.1s
17:00 39 45.1N 046 51.9W 38 04.6N 048 01.3W 38 54.9N 047 27.2W 1.059 62 244 210 04m37.2s
17:02 39 26.5N 045 53.0W 37 47.2N 047 04.9W 38 37.0N 046 29.6W 1.059 61 247 210 04m35.2s
17:04 39 07.2N 044 53.8W 37 29.0N 046 08.3W 38 18.2N 045 31.7W 1.059 60 249 209 04m33.1s
17:06 38 47.1N 043 54.5W 37 10.1N 045 11.3W 37 58.7N 044 33.6W 1.059 59 251 209 04m30.9s
17:08 38 26.1N 042 54.9W 36 50.4N 044 14.1W 37 38.3N 043 35.2W 1.059 58 253 209 04m28.6s
17:10 38 04.2N 041 55.0W 36 29.8N 043 16.5W 37 17.2N 042 36.5W 1.059 57 255 209 04m26.2s
17:12 37 41.5N 040 54.7W 36 08.5N 042 18.5W 36 55.2N 041 37.3W 1.059 56 257 209 04m23.7s
17:14 37 17.9N 039 53.9W 35 46.3N 041 20.0W 36 32.3N 040 37.7W 1.058 55 259 208 04m21.1s
17:16 36 53.4N 038 52.7W 35 23.2N 040 20.9W 36 08.5N 039 37.5W 1.058 54 260 208 04m18.4s
17:18 36 27.9N 037 50.8W 34 59.2N 039 21.2W 35 43.8N 038 36.8W 1.058 53 262 208 04m15.6s
17:20 36 01.5N 036 48.2W 34 34.3N 038 20.8W 35 18.1N 037 35.3W 1.058 51 264 208 04m12.7s
17:22 35 34.0N 035 44.9W 34 08.4N 037 19.7W 34 51.4N 036 33.1W 1.057 50 265 207 04m09.7s
17:24 35 05.4N 034 40.7W 33 41.5N 036 17.6W 34 23.7N 035 29.9W 1.057 49 267 207 04m06.6s
17:26 34 35.7N 033 35.5W 33 13.5N 035 14.5W 33 54.8N 034 25.8W 1.057 48 268 206 04m03.4s
17:28 34 04.7N 032 29.1W 32 44.4N 034 10.2W 33 24.8N 033 20.5W 1.057 46 270 206 04m00.1s
17:30 33 32.6N 031 21.3W 32 14.0N 033 04.7W 32 53.6N 032 13.8W 1.056 45 271 205 03m56.7s
17:32 32 59.0N 030 12.1W 31 42.5N 031 57.6W 32 21.1N 031 05.7W 1.056 44 273 205 03m53.1s
17:34 32 24.0N 029 01.1W 31 09.5N 030 48.9W 31 47.1N 029 55.9W 1.056 42 274 204 03m49.4s
17:36 31 47.4N 027 48.1W 30 35.1N 029 38.3W 31 11.6N 028 44.1W 1.055 41 275 203 03m45.6s
17:38 31 09.2N 026 32.9W 29 59.1N 028 25.5W 30 34.5N 027 30.1W 1.055 39 276 203 03m41.7s
17:40 30 29.0N 025 14.9W 29 21.3N 027 10.2W 29 55.6N 026 13.5W 1.055 38 278 202 03m37.6s
17:42 29 46.7N 023 53.8W 28 41.6N 025 51.9W 29 14.6N 024 53.8W 1.054 36 279 201 03m33.4s
17:44 29 02.1N 022 28.9W 27 59.7N 024 30.2W 28 31.4N 023 30.5W 1.054 34 280 200 03m29.0s
17:46 28 14.7N 020 59.6W 27 15.5N 023 04.4W 27 45.6N 022 03.0W 1.053 32 281 198 03m24.4s
17:48 27 24.2N 019 24.9W 26 28.3N 021 33.6W 26 56.9N 020 30.4W 1.053 30 283 197 03m19.5s
17:50 26 30.0N 017 43.5W 25 37.9N 019 56.9W 26 04.6N 018 51.4W 1.052 28 284 195 03m14.5s
17:52 25 31.2N 015 53.4W 24 43.5N 018 12.7W 25 08.1N 017 04.4W 1.052 26 285 193 03m09.1s
17:54 24 26.4N 013 52.0W 23 44.1N 016 18.8W 24 06.1N 015 06.9W 1.051 24 286 191 03m03.3s
17:56 23 13.8N 011 34.8W 22 38.3N 014 11.9W 22 57.1N 012 55.2W 1.050 21 287 189 02m57.0s
17:58 21 49.5N 008 53.4W 21 23.5N 011 46.3W 21 37.9N 010 22.4W 1.049 18 289 186 02m50.0s
18:00 20 05.2N 005 29.4W 19 54.8N 008 50.8W 20 02.3N 007 14.3W 1.048 14 290 182 02m41.7s
18:02 17 29.0N 000 11.4W 17 59.5N 004 56.3W 17 51.1N 002 48.1W 1.046 9 292 176 02m30.9s
Limits 14 42.1N 005 50.6E 13 27.2N 004 58.2E 14 04.6N 005 24.2E 1.044 0 - 165 02m13.6s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of 1806 Jun 16 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 12.2 seconds. The accuracy of the northern and southern edges of the eclipse path are limited to approximately 1-2 kilometers due to the lunar limb profile.
All eclipse calculations are by Fred Espenak, and he assumes full responsibility for their accuracy. Permission is freely granted to reproduce this data when accompanied by an acknowledgment:
"Eclipse Predictions by Fred Espenak, NASA's GSFC"
For more information, see: NASA Copyright Information
